Jayesh Patel

Ultimate Guide To PCB Schematics follow Anuj Sharma, CHIP WEB TECHNOLOGIES INDIA for more

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Discover everything you need to know about flexible circuit boards in this comprehensive guide. Learn about their applications, design considerations, manufacturing process, and more from Viasion's expert insights.

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Static Timing Analysis is one of critical and important task in ASIC Physical design cycle. It is important to validate the quality of constraints. inadequate constraints validation can cause chip failure. Please check below article: My article with title "Enhancing Physical Design STA Confidence: Validating Quality of STA Constraints at Block and Fullchip Level" is published. https://lnkd.in/gXyE5YQ3 This article delves into the importance and significance of quality constraints at both the Block and FullChip levels using the STA signoff tool’s commands. Effective validation of constraints leads to improved design quality, enhanced performance, and accelerated time-to-market. #ASIC #PhysicalDesign #STA #constraints #validation

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FREE EMI Quick Fixes Guide - All is not lost. You may think you've tried everything, but your product keeps failing EMC tests. Perhaps it's too late to start integrating good EMC practices into your PCB layout... But it's not too late to verify that everything else is set right. In fact, I believe you still have a chance. And maybe all hope is not lost... Get the FREE EMI Quick Fixes Guide here: 👉 fresuelectronics.com I hope this helps, Dario fresuelectronics.com #pcbhackers #pcbdesign #electronics #hardware #EMC #EMI #fresuelectronics

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Integrated Development Kit Speeds Design of FPGA-Based Satellite Systems #Engineering #Radiation-Tolerant #FPGA

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\[^_^]/ New Analysis Unlocked \[^_^]/ For any power supply designs intended for automotive, defense, or space applications, Worst Case Circuit Analysis is essential to ensure that the design works correctly, accounts for minimal tolerance effects, embeds safety mechanisms, and maintains efficiency despite temperature drift, and more. One way to ensure this is through simulation (with proper initial conditions), possibly using Monte Carlo or Worst Case Analysis. 😀 If simulation isn't feasible, we might rely on typical formula-based calculations from datasheets, which covers most of the requirements but can be a bit tedious. 😐 Most of the time, I have used or known these two approaches. However, I recently came across another type of analysis called 'Sensitivity Analysis'. This method is more of calculation-focused and is exclusively used for analyzing power supply designs. NICE! 😁 The main use case (what I observed) of this analysis is to identify the critical components that have a higher impact on circuit behavior. And with this information, we can define their tolerance range during selection so that the circuit operates within the intended limits. I have just started with this analysis, and it looks interesting and effective (bit calculation though). 😃 Anyone tried it before? I'm curious to explore other use cases with this Sensitivity Analysis. If not, give it a try. Here are few links that has good explanation on Sensitivity Analysis. 1. https://lnkd.in/giHhA4aS 2. https://lnkd.in/gbeD-Jw5 3. https://lnkd.in/gXcE53C9 . . . PS: Let me know if anything is wrong. 😅 #everydaylearning #WCCA #circuitdesign #circuitanalysis #powersupply #Altium #TI

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Impedance Matching in HDI PCB Design #pcbdesign #technology #transmission #design #hdipcb #pcbfactory #pcbfabrication #pcbmanufacturing

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A 4-bit multiplier is a digital circuit that takes two 4-bit binary numbers as input and produces their product as a 8-bit binary number as output. The circuit performs the multiplication of each bit of the two input numbers, and generates partial products, which are then added together to produce the final result. #ISE #Xilinx #digitalelectronics #circuitdesign #digitalcircuit #NRS Design Technology collaboration with PinE Training Academy of VLSI & Embedded https://lnkd.in/geN5zKDT https://lnkd.in/gwTdZzS9

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🕰 Exciting News: Introducing the Clock Alarm Project Report! 🎉 I'm thrilled to announce the release of the Clock Alarm Project Report, a collaborative effort between Abhiraj Ghose and Pallav Sharma(me), under the guidance of Dr. Ashutosh Srivastava, showcasing our innovative Verilog-based Clock Alarm system developed using Verilog and Vivado Simulator! 🌟 *Project Overview:* The Clock Alarm project is a versatile system that allows users to set alarms, stopwatches, and more, all implemented using Verilog and Vivado. With features like setting a time for the alarm, stopping the alarm, and functioning like a stopwatch, our project offers a user-friendly and practical solution for time management. 🔍 *Key Features:* - Set Alarm Time: Users can easily set the desired time for the alarm to ring. - Alarm Functionality: Once the set time is reached, the alarm rings to alert the user. - Stop Alarm: Users can stop the alarm manually once it starts ringing. - Stopwatch Mode: The system also functions as a stopwatch, allowing users to track time intervals as needed. 🛠 *Tools Used:* Our project was developed using Verilog, a hardware description language, and Vivado, a comprehensive design suite provided by Xilinx. 🚀 *Next Steps:* Excited to share our findings and insights from this project with the community! Stay tuned for more updates and future projects as we continue to explore new opportunities and innovations in hardware design. 🙏 *Gratitude:* A special thank you to Bennett University, School of CSET Bennett University, India, Prof. (Dr. ) Abhay Bansal, Dr. Ashutosh Srivastava and everyone who has supported us throughout this project, including mentors and peers. Your encouragement and guidance have been invaluable to our success. Let's continue pushing the boundaries of innovation together! ⏰💡 #ClockAlarm #Verilog #Vivado #HardwareDesign #ProjectReport #Innovation

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Hi Folks, Do you know why numeric_std is better than std_logic_arith? In VHDL, the numeric_std library is generally considered better than the std_logic_arith library. When you go for VHDL based design, the best practice is to use numeric_std for its standardization, compatibility, and robustness. This will help ensure your VHDL code is portable, maintainable, and future-proof. Hope it will be useful...!!! 0050@allaboutfpga #fpga #allaboutfpga #vhdl #verilog #vlsi #asic #digital #electronics #automation  #innovation #semiconductor #technology #intel #amd

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Product Description  IC693ALG392 is an Analog Current/Voltage Output Module for the PACSystems RX3i and Series 90-30. The module has eight single-ended output channels with voltage outputs and/or current loop outputs based on installation by the user. Each channel can be generated the configuration software for the subsequent scopes (0 to +10 volts) as unipolar, (-10

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Challenges of Establishing Domest Microcontroller Chip Manufacturing in India

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